Overby Industries does not simply mine resources — it builds and operates the complete industrial backbone that humanity will need to live, work, and expand permanently beyond Earth. From orbital debris reclamation in low Earth orbit to mega-factory habitats in the asteroid belt, every facility, every outpost, and every supply chain is designed as a node in a single closed-loop solar system economy.
Every Overby Industries facility is designed as a self-sustaining node connected to the next. Resources, propellant, crew, and manufactured goods flow along the string in both directions — creating a resilient supply network that no single point of failure can sever.
The first permanent Overby presence in space. Reclamation pods operate continuously across the LEO debris field, capturing defunct satellites, expended upper stages, and fragmentation clouds. All recovered material is sorted, compacted, and transferred to the cislunar depot for downstream processing. LEO clearance operations generate immediate service revenue and establish Overby as the responsible steward of near-Earth orbital space.
The primary logistics hub and waypoint for all traffic moving between Earth and the deeper solar system. The cislunar depot provides propellant resupply from processed LEO reclamation feedstock and lunar ISRU output, crew transfer and rotation facilities, communications relay and deep-space navigation beacon services, and initial processing of inbound asteroid resource shipments before Earth-delivery or onward transfer.
The Lunar Industrial Base extracts and processes regolith for silicate aggregates, basalt fiber composites, and aluminium feedstock. Water ice from permanently shadowed polar craters is electrolysed into H₂/O₂ propellant, supplying the cislunar depot and reducing the mass fraction of propellant launched from Earth to near zero. The Lunar Base also serves as the primary training and validation ground for ISRU systems before deployment to more remote asteroid and deep-space environments.
Autonomous miner/refinery pods deploy to high-value near-Earth asteroid targets identified by spectroscopic survey. M-class asteroids yield nickel, iron, cobalt, and platinum-group metals (PGMs). C-class bodies provide carbonaceous feedstock, water ice, and volatile organics. All operations use zero-dust containment excavation — no material enters the surrounding space environment. Refined metal ingots and volatile packages are returned to the cislunar depot aboard autonomous Starlifter cargo variants.
Not a colony — a strategic waypoint and navigation outpost providing propellant resupply, communications relay, and emergency crew support for vessels transiting between the inner solar system and the asteroid belt. Mars Phobos and Deimos are evaluated as low-gravity anchoring points for depot infrastructure. The Mars Staging Post is deliberately lean — Overby Industries recognises Mars surface operations offer minimal resource advantage compared to asteroid and outer solar system targets and focuses Martian presence on logistics rather than extraction.
The asteroid belt represents the largest accessible concentration of metal, silicate, and carbonaceous resources in the solar system outside of planetary bodies. Overby Belt Industrial Complexes operate as distributed refinery networks anchored to large stable asteroid bodies, processing raw extracted material into finished metal stock, UHPC construction aggregate, propellant, and manufactured components. Belt output supplies the deep space mega-factory habitat programme and provides the raw material foundation for permanent outer solar system expansion.
Titan's atmosphere and surface lakes contain the largest accessible hydrocarbon reserves in the solar system — methane, ethane, propane, and complex organic compounds in quantities that dwarf all known Earth reserves. The Titan Base extracts and refines these hydrocarbons into plastics, polymers, synthetic fibres, lubricants, fuels, and chemical feedstocks for distribution across all Overby facilities. Titan's thick nitrogen atmosphere and low gravity make surface operations significantly more accessible than Mars despite the greater distance. Full ISRU integration at Titan marks the point at which the Overby supply network becomes genuinely self-sustaining independent of Earth material inputs.
There are currently over 27,000 tracked debris objects in Earth orbit and an estimated 500,000 untracked fragments large enough to mission-kill an operational satellite. Overby Industries reframes this crisis as the largest pre-positioned raw material stockpile in near-Earth space — already in orbit, already at velocity, requiring only collection and processing.
Dedicated orbital lane clearance for satellite operators and launch providers. Overby pods sweep defined inclination bands and altitude shells on contract, delivering clear operational corridors and debris collision risk reports.
Full recovery and material processing of customer-specified defunct satellite assets. Customer receives material credit against future Overby resource purchases. Eliminates satellite operator deorbit liability.
Rapid-response reclamation deployment following on-orbit fragmentation events. Overby pods mobilise to contain and collect expanding debris clouds before they cascade into additional collision events — preventing Kessler Syndrome progression.
Standing autonomous operations across high-traffic LEO shells. All recovered material enters the Overby ISRU feedstock pipeline. Revenue generated through downstream material sales rather than direct service contracts.
Every resource required to build and sustain an interplanetary civilization exists in abundance beyond Earth. The Overby ISRU pipeline is engineered to extract, refine, and deliver every category of material humanity needs — metals, stone, plastics, fuels, gases, and fibres — without a single gram of waste entering the surrounding environment.
The long-term vision for Overby Heavy Industry is the construction of large rotating space habitats in the asteroid belt — self-contained industrial and civilian environments providing full 1g simulated gravity through rotation, built entirely from asteroid-derived UHPC, basalt fibre composites, and metallic structural stock. No Earth material required.
These facilities serve simultaneously as manufacturing complexes, long-duration crew habitats, research stations, and resource distribution hubs. Their location in the asteroid belt places them at the centre of the solar system resource network — equidistant from inner and outer system operations — making them the natural industrial heart of a multi-planetary civilization.
Toroidal or cylinder habitat designs sized to provide 1g equivalent gravity at comfortable rotation rates (1–3 RPM). Interior surface area scales with radius — larger structures provide more usable space per unit of structural mass, making asteroid-belt construction progressively more efficient as the programme matures.
Structural elements fabricated entirely from asteroid-derived materials using onsite robotic manufacturing. UHPC provides compression strength, basalt fibre composites provide tensile reinforcement, and metallic stock from M-class asteroid processing provides primary structural framing and pressure vessel components.
Habitat interior volume divided between residential, agricultural, research, and heavy manufacturing zones. Microgravity manufacturing bays accessible via central hub allow production of components impossible to fabricate in full gravity — perfect crystal growth, spherical casting, and ultra-pure material processing.
All permanent Overby habitat communities operate under direct democratic governance frameworks developed collaboratively with residents. Overby Industries provides infrastructure and industrial management; community governance, social organisation, and civic decisions remain entirely with the people who live and work there.
Every Overby Industries operation — mining, reclamation, construction, transit — is conducted under the Space Zero-Waste Standard and publicly certified on mission completion. The goal is for Overby Certification to become the recognised global benchmark for ethical space industry operations, adopted by agencies and commercial operators worldwide.
"Humanity's future in space will be sustainable — or it will fail. Overby Industries ensures it will succeed."